OE Integrated Home Pressure Set
Designed to deliver consistent and elevated water pressure for modern homes and residential buildings. This integrated system effectively resolves common low-pressure issues, ensuring sufficient flow and reliable performance even when multiple water outlets (e.g., showers, appliances, taps) are used simultaneously. Featuring silent operation, precise pressure control, and optimized energy efficiency, it is the ideal solution for villas, multi-story apartments, and domestic water supply networks.
OE Intelligent Building VFD Constant Pressure System
A digitalized water supply solution specifically engineered for high-rise residential buildings, office complexes, hotels, and commercial centers. Utilizing advanced Variable Frequency Drive (VFD) technology, the system dynamically adjusts pump speeds based on real-time sensor feedback to maintain precise pressure balance. This solution significantly reduces energy consumption and mechanical wear while eliminating noise and water hammer effects. Supported by remote monitoring and intelligent multi-pump rotation, it ensures stable and reliable water distribution 24/7.
OE Integrated Floating Pontoon Pumping System
A flexible water intake and drainage solution engineered for environments with significant water level fluctuations, such as reservoirs, lakes, river intakes, and mining pits. By integrating high-performance pump units onto a specialized floating platform, the system automatically adjusts to water levels, eliminating the need for costly permanent shore-based civil engineering. Featuring corrosion-resistant pontoons, intelligent control terminals, and high-strength flexible piping, this system offers rapid deployment, low infrastructure costs, and exceptional mobility for versatile industrial and municipal applications.
OE High-Efficiency HVAC Circulating Water Pump Unit
Specifically engineered for HVAC systems in large-scale commercial complexes, data centers, and industrial facilities. As the core power unit of the cooling system, it ensures the stable circulation of chilled and cooling water. By utilizing high-efficiency pump sets with optimized hydraulic models, the unit maintains consistent flow rates under varying loads, significantly enhancing heat exchange efficiency while reducing overall energy consumption. Characterized by low noise, minimal vibration, and ease of maintenance, it is a critical component for achieving energy-saving goals in central air conditioning systems.
OE Integrated Firefighting Pump Station
A critical safety infrastructure designed for industrial parks, logistics centers, and large-scale commercial facilities. This station integrates firefighting main pumps, jockey pumps, intelligent control panels, and piping accessories into a standardized, pre-assembled unit for “plug-and-play” deployment. Engineered to strict international fire safety standards, the system features millisecond-level response times and dual-power automatic backup switching to ensure a reliable, high-pressure water supply during emergencies. Its integrated design significantly reduces civil construction costs and installation time, while the smart remote diagnostic system ensures the unit remains in peak readiness, making it the cornerstone of modern fire protection systems.
Integrated Prefabricated Pumping Station (IPPS)
Engineered to solve sewage discharge challenges in locations below the gravity sewer level, such as basements, subway stations, and low-lying industrial zones. This station integrates high-performance non-clogging pumps, fully sealed collection tanks, grinding units, and intelligent controllers to automatically collect and lift domestic or industrial wastewater to municipal networks. Utilizing advanced odor-sealing technology, it ensures a hygienic, smell-free environment. The smart control system supports remote monitoring and predictive maintenance, enabling fully automated, unmanned operation. Its compact, integrated design not only saves valuable space but also significantly reduces installation time and maintenance complexity.